PHIGURE F77 REFERENCE MANUAL - Contents

• PHIGURE F77 Reference Manual
  Volume 1
  • 1
    Introduction
    • 1.1. MANUAL PRESENTATION
    • 1.2. FUNDAMENTAL PHIGURE CONCEPTS
      • 1.2.1. CREATING STRUCTURES
      • 1.2.2. STRUCTURE VISUALIZATION
    • 1.3. REMINDER OF THE MAIN GPHIGS CONCEPTS
      • 1.3.1. DESCRIPTION OF A GPHIGS STRUCTURE
      • 1.3.2. EDIT STRUCTURE
        • 1.3.2.1. START AND END EDIT
        • 1.3.2.2. ELEMENT POINTER
        • 1.3.2.3. INSERTING OR REPLACING AN ELEMENT
        • 1.3.2.4. DESTROY ELEMENT
      • 1.3.3. THE SIMPLEST PRIMITIVES
      • 1.3.4. ASSOCIATED ATTRIBUTES
      • 1.3.5. ADVANCED PRIMITIVES
      • 1.3.6. DISPLAYING A STRUCTURE NETWORK ON A WORKSTATION
      • 1.3.7. MC AND WC SPACE
      • 1.3.8. VIEWING
      • 1.3.9. ARCHITECTURE OF A MINIMUM PHIGS PROGRAM
    • 1.4. PHIGURE SCENES AND ASSOCIATED DOMAINS
      • 1.4.1. DOMAIN
      • 1.4.2. SCENE
      • 1.4.3. DESCRIBING A STRUCTURE PRODUCED BY THE TSCENE FUNCTION
      • 1.4.4. SCENE TRANSFORMATION
    • 1.5. VISUALIZING CSS WITH PHIGURE
      • 1.5.1. 2D VIEW DEFINITION
      • 1.5.2. 3D VIEW DEFINITION
        • 1.5.2.1. PERSPECTIVE VIEWS
        • 1.5.2.2. PARALLEL VIEWS
    • 1.6. CREATING STRUCTURES WITH PHIGURE
      • 1.6.1. PHIGURE STRUCTURE-BUILDING FUNCTIONS
      • 1.6.2. FUNCTIONS INSERTING OR MODIFYING PHIGS ATTRIBUTES IN STRUCTURES PRODUCED BY PHIGURE
      • 1.6.3. SPECIFIC PHIGURE ATTRIBUTE MODIFICATION FUNCTIONS
    • 1.7. EXAMPLES OF SIMPLE PHIGURE PROGRAMS
      • 1.7.1. DRAWING CIRCLES
      • 1.7.2. DRAWING A CIRCLE TO FILL AN ENTIRE WINDOW
      • 1.7.3. DRAWING A CIRCLE WITH 2 LINEAR AXES
      • 1.7.4. DRAWING A CIRCLE WITH 2 LINEAR AXES AND A DOTTED ATTRIBUTE ON AN AXIS
      • 1.7.5. DRAWING A CIRCLE WITH 2 LINEAR AXES, AND GENERATING A POSTSCRIPT FILE
      • 1.7.6. DRAWING A PARALLELEPIPED
      • 1.7.7. DRAWING A PARALLELEPIPED ON 2 WORKSTATIONS
      • 1.7.8. DRAWING A PARALLELEPIPED WITH REAL DIMENSIONS
      • 1.7.9. DRAWING A PARALLELEPIPED WITH A PARALLEL VIEW
    • 1.8. CREATING SIMPLE GRAPHICS ITEMS WITH PHIGURE
      • 1.8.1. DRAWING 2 AXES AND STRAIGHT SEGMENTS
      • 1.8.2. DRAWING 2 AXES AND A CURVE WITH ANNOTATION ON THE POINTS
      • 1.8.3. DRAWING A CURVE WITH ANNOTATION USING THE PHIGS "TEXT" PRIMITIVE
    • 1.9. INTEGRATING PHIGURE IN A MOTIF CONTEXT
  • 2
    PHIGURE Session
    • OPEN PHIGURE
    • CLOSE PHIGURE
    • OPEN WORKSTATION
    • CLOSE WORKSTATION
    • POST STRUCTURE
    • SET HIDDEN LINE/HIDDEN SURFACE MODE
    • REDRAW ALL STRUCTURES
    • UPDATE WORKSTATION
  • 3
    Creation of the
    Scene
    • DEFINITION OF A 2D DOMAIN
    • DEFINITION OF A 3D DOMAIN
    • DEFINITION OF THE SCENE
    • STRUCTURE CREATION FLAGS
  • 4
    View Definition
    • VIEW CONFIGURATION
    • DEFINITION OF A CENTERED 2D VIEW
    • DEFINITION OF A 3D VIEW IN THE XY-PLANE
    • DEFINITION OF A 3D VIEW IN THE YZ-PLANE
    • DEFINITION OF A 3D VIEW IN THE ZX-PLANE
    • DEFINITION OF A SPHERICAL 3D VIEW AROUND X
    • DEFINITION OF A SPHERICAL 3D VIEW AROUND Y
    • DEFINITION OF A SPHERICAL 3D VIEW AROUND Z
    • DEFINITION OF A PARALLEL SPHERICAL 3D VIEW AROUND X
    • DEFINITION OF A PARALLEL SPHERICAL 3D VIEW AROUND Y
    • DEFINITION OF A PARALLEL SPHERICAL 3D VIEW AROUND Z
    • DEFINITION OF A RECTANGULAR 3D VIEW, X-AXIS VERTICAL
    • DEFINITION OF A RECTANGULAR 3D VIEW, Y-AXIS VERTICAL
    • DEFINITION OF A RECTANGULAR 3D VIEW, Z-AXIS VERTICAL
  • 5
    Interactivity
    • 5.1. INTRODUCTION
    • 5.2. PHIGURE INPUT CLASSES
    • 5.3. INPUT MODES
      • 5.3.1. REQUEST
      • 5.3.2. SAMPLE
      • 5.3.3. EVENT
    • 5.4. INPUT DEVICE DESCRIPTION
      • 5.4.1. INPUT DEVICE MEASURE, EVALUATION PROCESS
      • 5.4.2. INPUT DEVICE TRIGGER, VALIDATION PROCESS
      • 5.4.3. INITIAL VALUE
      • 5.4.4. PROMPT ECHO TYPE (PET)
      • 5.4.5. ECHO SURFACE/VOLUME
      • 5.4.6. DATA RECORD
    • 5.5. INPUT DEVICE OPERATING MODES
      • 5.5.1. SETTING THE OPERATING MODE
      • 5.5.2. REQUEST MODE OPERATION
      • 5.5.3. SAMPLE MODE OPERATION
      • 5.5.4. EVENT MODE OPERATION
    • 5.6. MEASURE AS APPLIED FOR EACH INPUT CLASS
      • 5.6.1. LOCATOR DEVICE MEASURE
      • 5.6.2. STROKE DEVICE MEASURE
      • 5.6.3. VALUATOR DEVICE MEASURE
      • 5.6.4. CHOICE DEVICE MEASURE
      • 5.6.5. PICK DEVICE MEASURE
      • 5.6.6. STRING DEVICE MEASURE
    • 5.7. INPUT QUEUE AND CURRENT EVENT REPORT
      • 5.7.1. INPUT QUEUE OVERFLOW
      • 5.7.2. REMOVING EVENTS FROM THE INPUT QUEUE
      • 5.7.3. CURRENT EVENT REPORT
    • 5.8. INPUT DEVICE INITIALIZATION
    • AWAIT EVENT
    • FLUSH DEVICE EVENTS
    • GET CHOICE
    • GET LOCATOR 3
    • GET LOCATOR
    • GET PICK
    • GET STRING
    • GET STROKE 3
    • GET STROKE
    • GET VALUATOR
    • INITIALIZE CHOICE 3
    • INITIALIZE CHOICE
    • NITIALIZE LOCATOR 3
    • INITIALIZE LOCATOR
    • INITIALIZE PICK 3
    • NITIALIZE PICK
    • INITIALIZE STRING 3
    • INITIALIZE STRING
    • INITIALIZE STROKE 3
    • NITIALIZE STROKE
    • INITIALIZE VALUATOR 3
    • NITIALIZE VALUATOR
    • REQUEST CHOICE
    • REQUEST LOCATOR 3
    • REQUEST LOCATOR
    • REQUEST PICK
    • REQUEST STRING
    • REQUEST STROKE 3
    • REQUEST STROKE
    • REQUEST VALUATOR
    • SAMPLE CHOICE
    • SAMPLE LOCATOR 3
    • SAMPLE LOCATOR
    • SAMPLE PICK
    • SAMPLE STRING
    • SAMPLE STROKE 3
    • SAMPLE STROKE
    • SAMPLE VALUATOR
    • SET CHOICE MODE
    • SET LOCATOR MODE
    • SET PICK FILTER
    • SET PICK MODE
    • SET STRING MODE
    • SET STROKE MODE
    • SET VALUATOR MODE
  • Appendix A :
    Character Fonts
  • Appendix B :
    Porting
    considerations,
    release 3 to release 6
  • Index
• PHIGURE F77 Reference Manual
  Volume 2
  • 1
    Axis Creation
    • 1.1. LINEAR AXES
      • LINEAR X-AXIS IN PLANE XY
      • LINEAR X-AXIS IN PLANE XY
      • LINEAR Y-AXIS IN PLANE YX
      • LINEAR Y-AXIS IN PLANE YZ
      • LINEAR Z-AXIS IN PLANE ZX
      • LINEAR Z-AXIS IN PLANE ZY
    • 1.2. LOGARITHMIC AXES
      • LOGARITHMIC X-AXIS IN PLANE XY
      • LOGARITHMIC X-AXIS IN PLANE XZ
      • LOGARITHMIC Y-AXIS IN PLANE YX
      • LOGARITHMIC Y-AXIS IN PLANE YZ
      • LOGARITHMIC Z-AXIS IN PLANE ZX
      • LOGARITHMIC Z-AXIS IN PLANE ZY
    • 1.3. POLAR AXES
      • POLAR RADIAL LINEAR AXIS
      • POLAR RADIAL LOGARITHMIC AXIS
      • POLAR ARC AXIS
    • 1.4. GENERALIZED AXIS
      • GENERALIZED X AXIS IN THE XY PLANE
      • GENERALIZED X-AXIS IN PLANE XZ
      • GENERALIZED Y-AXIS IN PLANE YX
      • GENERALIZED Y AXIS IN THE YZ PLANE
      • GENERALIZED Z AXIS IN THE ZX PALNE
      • GENERALIZED Z AXIS IN THE ZY PLANE
    • 1.5. TIME AXIS
      • CALENDAR X AXIS
      • CALENDAR Y AXIS
      • CALENDAR GRADUATIONS APPEARANCE
      • DATE INTERVALS = COORDINATE INTERVALS
      • DATE ENTRY FORMAT
      • LANGUAGE
      • COORDINATE ASSOCIATED WITH A DATE
    • 1.6. ATTRIBUTES OF AXIS
      • SET AXIS GRADUATION
      • DEFINITIONS OF GRADUATION MARGINS OF AN AXIS
      • DEFINITION OF SUB-GRADUATIONS OF AN AXIS
      • RELATIVE LOCATION OF GRADUATION TICKS
      • SET AXIS TICK
      • SET AXIS LABEL
      • GRID LINES OF AXIS
      • CONTROL OF SPACING FOR COMPONENTS OF AN AXIS
      • SET AXIS ARROW
      • SET AXIS REVERSE
      • SET AXIS APPEND STRING
      • MULTIPLICATIVE FACTOR POSITION
      • SET LINEAR AXIS GRADUATION FORMAT
      • SET LOGARITHMIC AXIS GRADUATIONS
      • INQUIRE AXIS GRADUATION
      • INQUIRE MARGINS OF GRADUATIONS OF AN AXIS
      • INQUIRE SUB-GRADUATIONS OF AN AXIS
      • INQUIRE RELATIVE TICKS LOCATION OF AXIS
      • INQUIRE AXIS TICK
      • INQUIRE AXIS LABEL
      • INQUIRE GRID LINE ATTRIBUTES OF AXIS
      • INQUIRE SPACING BETWEEN COMPONENTS OF AN AXIS
      • INQUIRE AXIS ARROW
      • INQUIRE AXIS REVERSE
      • INQUIRE AXIS APPEND STRING
      • INQUIRE MULTIPLICATIVE FACTOR ATTRIBUTE OF AXIS
      • INQUIRE LINEAR AXIS GRADUATION FORMAT
      • INQUIRE LOGARITHMIC AXIS GRADUATION ATTRIBUTES
    • 1.7. EXAMPLES OF AXIS ATTRIBUTES
      • Linear axes
      • Logarithmic axes
    • 1.8. MULTI AXES STRUCTURE
      • STRUCTURE OF 2 AXES
      • STRUCTURE OF 4 AXES
      • SCENE WITH MULTIPLE Y AXIS
      • LINK BETWEEN A VERTICAL AXIS AND A LIST OF STRUCTURES
      • CHARACTERISTICS OF A SCENE OF AXIS
      • SET OF AXIS DEFINED ON PARALLELEPIPED RELATING TO THE VIEW
      • STRUCTURE OF 6 AXES
      • STRUCTURE WITH 3 ORTHOGONAL AXES, X-AXIS VERTICAL
      • STRUCTURE WITH 3 ORTHOGONAL AXES, Y-AXIS VERTICAL
      • STRUCTURE WITH 3 ORTHOGONAL AXES, Z-AXIS VERTICAL
  • 2
    Curves, Text and
    Points in 2D
    • 2D CURVE
    • 2D CURVE
    • AREA FILLING
    • ERROR BARS
    • HIGH-LOW-CLOSE
    • 2D POLYLINE ARROW
    • 2D ARROW
    • GENERALIZED TEXT
    • TEXT ATTRIBUTES
    • SET NEW LINE CONTROL
    • INQUIRE NEW LINE CONTROL
    • GENERATION OF TEXT ON A SINGLE LINE OR IN A COLUMN
    • LABELS FIELD
    • ERROR ZONES
    • SET OF POINTS WITH DOUBLE ERROR MARGINS
    • 2D RECTANGLE
    • 2D PARALLELOGRAM
    • SET STEP ANGLE OF A CIRCLE OR ARC
    • 2D CIRCLE
    • 2D CIRCLE PASSING THROUGH 3 POINTS
    • 2D ARC
    • 2D ARC - CENTER,STARTING POINT,END POINT
    • 2D ARC - STARTING POINT,MIDDLE POINT,END POINT
    • 2D ARC - CENTER,RADIUS,INITIAL ANGLE,END ANGLE
  • 3
    Legendes
    • LEGEND OF ITEMS
    • SET LEGEND LABEL
    • SET LEGEND VALUE
    • SET LEGEND MARGIN
    • SET LEGEND PATH
    • INQUIRE LEGEND LABEL
    • INQUIRE LEGEND VALUE
    • INQUIRE LEGEND MARGIN
    • INQUIRE LEGEND PATH
  • 4
    Curves, Text and
    Points in 3D
    • 3D CURVE
    • RELATIVE ANNOTATION TEXT 3D
    • FIXED ANNOTATION TEXT 3D
    • 3D ARROW
    • 3D COORDINATE SYSTEM
    • 3D PARALLELOGRAM
    • 3D PARALLELOGRAM
    • PARALLELEPIPED
    • CYLINDER
    • SPHERE
    • 3D CIRCLE - CENTER,RADIUS
    • 3D CIRCLE PASSING THROUGH 3 POINTS
    • 3D ARC - CENTER,STARTING POINT,ANGLE,NORMAL
    • 3D ARC - CENTER,STARTING POINT,END POINT
    • 3D ARC - STARTING POINT,MIDDLE POINT,END POINT
  • 5
    Pie Chart
    • 2D PIE CHART
    • 3D PIE CHART
    • SET PIE CHART ANNOTATION POSITION
    • SET PIE CHART ANNOTATION FLAGS
    • SET PIE CHART APPEND STRING
    • SET PIE CHART ANNOTATION HEIGHT
    • SET PIE CHART ANNOTATION ARROW
    • SET PIE CHART ANNOTATION DISTANCES
    • SET PIE CHART SMALL VALUE REGROUPING
    • SET PIE CHART SLICE TRANSLATION
    • SET PIE CHART SLICE REPRESENTATION
    • INQUIRE PIE CHART ANNOTATION POSITION
    • INQUIRE PIE CHART ANNOTATION FLAGS
    • INQUIRE PIE CHART APPEND STRING
    • INQUIRE PIE CHART ANNOTATION HEIGHT
    • INQUIRE PIE CHART ANNOTATION ARROW
    • INQUIRE PIE CHART ANNOTATION DISTANCES
    • INQUIRE PIE CHART SMALL VALUE REGROUPING
    • INQUIRE PIE CHART SLICE TRANSLATION
    • INQUIRE PIE CHART SLICE REPRESENTATION
    • INQUIRE PIE CHART SLICE NUMBER
  • 6
    Histogram
    • SINGLE HISTOGRAM X
    • SINGLE HISTOGRAM Y
    • MULTIPLE HISTOGRAM X JUXTAPOSED
    • MULTIPLE HISTOGRAM Y JUXTAPOSED
    • MULTIPLE HISTOGRAM X ACCUMULATED
    • MULTIPLE HISTOGRAM Y ACCUMULATED
    • MULTIPLE HISTOGRAM X PERCENTAGE
    • MULTIPLE HISTOGRAM Y PERCENTAGE
    • SET HISTOGRAM VALUE
    • SET MULTIPLE HISTOGRAM BAR NAME
    • SET MULTIPLE HISTOGRAM BAR SUM
    • SET HISTOGRAM BAR SPACING
    • SET APPEND STRING TO HISTOGRAM VALUES
    • INQUIRE HISTOGRAM VALUES
    • INQUIRE HISTOGRAM BAR NAMES
    • INQUIRE MULTIPLE HISTOGRAM BAR SUMS
    • INQUIRE HISTOGRAM BAR SPACING
    • INQUIRE STRINGS APPENDED TO HISTOGRAM VALUES
  • 7
    Graphic Attributes
    of Structures
    • SET LINE TYPE OF A STRUCTURE
    • SET LINE WIDTH OF A STRUCTURE
    • SET POLYLINE COLOUR OF A STRUCTURE
    • SET MARKER TYPE OF A STRUCTURE
    • SET MARKER SIZE OF A STRUCTURE
    • SET MARKER COLOUR OF A STRUCTURE
    • SET CHARACTER FONT OF A STRUCTURE
    • SET CHARACTER PRECISION OF A STRUCTURE
    • SET CHARACTER EXPANSION OF A STRUCTURE
    • SET CHARACTER SPACING OF A STRUCTURE
    • SET TEXT COLOUR OF A STRUCTURE
    • SET CHARACTER HEIGHT OF A STRUCTURE
    • SET CHARACTER UP VECTOR OF A STRUCTURE
    • SET TEXT PATH OF A STRUCTURE
    • SET TEXT ALIGNMENT OF A STRUCTURE
    • ANNOTATION TEXT ALIGNMENT OF A STRUCTURE
    • ANNOTATION TEXT STYLE OF A STRUCTURE
    • ANNOTATION CHARACTER HEIGHT OF A STRUCTURE
    • ANNOTATION CHAR UP VECTOR OF A STRUCTURE
    • ANNOTATION TEXT PATH OF A STRUCTURE
    • SET INTERIOR STYLE OF A POLYGON OF A STRUCTURE
    • SET INTERIOR STYLE INDEX OF A STRUCTURE
    • SET COLOUR INDEX OF A POLYGON OF A STRUCTURE
    • SET EDGE FLAG OF A POLYGON OF A STRUCTURE
    • SET EDGE TYPE OF A POLYGON OF A STRUCTURE
    • SET EDGE WIDTH SCALE FACTOR OF A POLYGON OF A STRUCTURE
    • SET EDGE COLOUR INDEX OF A POLYGON OF A STRUCTURE
  • 8
    Geometrical
    Transformation of
    Structures
    • TRANSLATION OF A 2D STRUCTURE
    • SCALING OF A 2D STRUCTURE
    • TRANSLATION OF A 3D STRUCTURE
    • SCALING OF A 3D STRUCTURE
    • ROTATION ON THE X-AXIS OF A STRUCTURE
    • ROTATION ON THE Y-AXIS OF A STRUCTURE
    • ROTATION ON THE Z-AXIS OF A STRUCTURE
  • 9
    Structure Visibility
    and Detectability
    • CHANGE STRUCTURE IDENTIFIER
    • SET INVISIBILITY FILTER
    • SET DETECTABILITY FILTER
    • ADD NAMES IN A STRUCTURE
    • REMOVE NAMES FROM A STRUCTURE
  • 10
    General Utilities
    • SMOOTHING A 2D POLYGON WITH A CUBIC SPLINE
    • SMOOTHING A 3D POLYGON WITH A CUBIC SPLINE
    • PRINTING STRUCTURE ELEMENTS
    • STRUCTURE ELEMENT COUNTER
    • CALCULATION OF A FORMAT ASSOCIATED WITH A DOMAIN OF VALUES
    • GENERAL COLOUR REPRESENTATION
    • FLOATING POINT DISPLAY FORMAT
  • Index
• PHIGURE F77 Reference Manual
  Volume 3
  • 1
    Introduction
  • 2
    Definition of
    Isovalues and
    Associated Colors
    • DEFINE A FINITE DOMAIN OF VALUES
    • DEFINE UNDEFINED VALUE REPRESENTATION
    • DEFINITION OF ISOVALUES AND ASSOCIATED COLOURS
    • DEFINITION OF HOMOGENEOUS ISOVALUES AND ASSOCIATED COLOURS
    • DEFINITION OF REGULAR ISOVALUES AND ASSOCIATED COLOURS
    • INQUIRE ISOVALUES AND ASSOCIATED COLOURS
    • COLOUR INDEX ASSOCIATED WITH A VALUE
  • 3
    Isovalue Color
    Legend
    • 3.1. FUNCTIONS FOR CONSTRUCTING AN ISOVALUE LEGEND
      • ISOVALUE LEGEND (TYPE1)
      • ISOVALUE LEGEND (TYPE 2)
      • ISOVALUE LEGEND (TYPE 3)
      • ISOVALUE LEGEND (TYPE 4)
      • ISOVALUE LEGEND (TYPE 5)
      • LINEAR CONTOURING LEGEND
    • 3.2. LEGEND ATTRIBUTES
      • SET ISOVALUE LEGEND APPEND STRING
      • SET ISOVALUE LEGEND PERIOD
      • SET ISOVALUE LEGEND STRINGS
      • SET ISOVALUE LEGEND BOX SPACING
      • INQUIRE ISOVALUE LEGEND APPEND STRING
      • INQUIRE ISOVALUE LEGEND PERIOD
      • INQUIRE ISOVALUE LEGEND STRINGS
      • INQUIRE ISOVALUE LEGEND BOX SPACING
  • 4
    Treatment of 2D
    Meshes
    • 4.1. RECTANGULAR MESH
      • 2D RECTANGULAR MESH CHECKER
      • RECTANGULAR MESH LIMIT
      • RECTANGULAR MESH LINES IN 2D
      • RECTANGULAR MESH LINES IN 3D
      • RECTANGULAR MESH ELEMS IN 2D, COLORING BASED ON AVERAGE
      • ANNOTATED SOLID AND LINE CONTOURING ON A 2D RECTANGULAR MESH
      • SOLID CONTOURING ON A 2D RECTANGULAR MESH
      • ANNOTATED CONTOUR LINES ON A 2D RECTANGULAR MESH
      • ANNOTATED AND COLORED CONTOUR LINES ON A 2D RECTANGULAR MESH
      • 3D COLORED CONTOUR LINES ON A 2D RECTANGULAR MESH
      • RECTANGULAR MESH LINES IN 3D, COLORING BASED ON AVERAGE
      • RECTANGUALR MESH LINES IN 3D COLOURING BASED ON ISOVALUES
      • RECTANGULAR MESH ELEMS IN 3D, CONSTANT COLORING
      • RECTANGULAR MESH ELEMS IN 3D, COLOURING BASED ON AVERAGE VALUE
      • RECATNGULAR MESH ELEMS IN 3D, COLOURING BASED ON ISOVALUE
      • RECTANGULAR MESH SIDES IN 3D
      • 2D VECTORS FIELD ON 2D RECTANGULAR MESH
    • 4.2. QUADRANGULAR MESH
      • 2D QUADRANGULAR MESH CHECKER
      • QUADRANGULAR MESH LIMIT
      • QUADRANGULAR MESH LINES IN 2D
      • QUADRANGULAR MESH LINES IN 3D
      • QUADRANGULAR MESH ELEMS IN 2D, COLORING BASED ON AVERAGE
      • ANNOTATED SOLID AND LINE CONTOURING ON A 2D QUADRANGULAR MESH
      • SOLID CONTOURING ON A 2D QUADRANGULAR MESH
      • ANNOTATED CONTOUR LINES ON A 2D QUADRANGULAR MESH
      • ANNOTATED AND COLORED CONTOUR LINES ON A 2D QUADRANGULAR MESH
      • 3D COLORED CONTOUR LINES ON A 2D QUADRANGULAR MESH
      • QUADRANGULAR MESH LINES IN 3D, COLORING BASED ON AVERAGE VALUE
      • QUADRANGULAR MESH LINES IN 3D, COLORING BASED ON ISOVALUES
      • QUADRANGULAR MESH ELEMS IN 3D, CONSTANT COLORING
      • QUADRANGULAR MESH ELEMS IN 3D, COLOURING BASED ON AVERAGE
      • QUADRANGULAR MESH ELEMS IN 3D, COLOURING BASED ON ISOVALUES
      • QUADRANGULAR MESH SIDES IN 3D
      • 2D VECTORS FIELD ON 2D QUADRANGULAR MESH
    • 4.3. POLAR MESH
      • 2D POLAR MESH CHECKER
      • POLAR MESH LIMIT
      • POLAR MESH LINES IN 2D
      • POLAR MESH LINES IN 3D
      • POLAR MESH ELEMS IN 2D, COLOURING BASED ON AVERAGE
      • ANNOTATED SOLID AND LINE CONTOURING ON A 2D POLAR MESH
      • SOLID CONTOURING ON A 2D POLAR MESH
      • ANNOTATED CONTOUR LINES ON A 2D POLAR MESH
      • ANNOTATED AND COLORED CONTOUR LINES ON A 2D POLAR MESH
      • 3D COLORED CONTOUR LINES ON A 2D POLAR MESH
      • POLAR MESH LINES IN 3D, COLOURING BASED ON AVERAGE
      • POLAR MESH LINES IN 3D, COLOURING BASED ON ISOVALUES
      • POLAR MESH ELEMS IN 3D, CONSTANT COLOURING
      • POLAR MESH ELEMS IN 3D, COLOURING BASED ON AVERAGE VALUE
      • POLAR MESH ELEMS IN 3D, COLOURING BASED ON ISOVALUES
      • POLAR MESH SIDES IN 3D
      • 2D VECTORS FIELD ON 2D POLAR MESH
    • 4.4. SECTOR MESH
      • 2D SECTOR MESH CHECKER
      • SECTOR MESH LIMIT
      • SECTOR MESH LINES IN 2D
      • SECTOR MESH LINES IN 3D
      • ANNOTATED SOLID AND LINE CONTOURING ON A 2D SECTOR MESH
      • SOLID CONTOURING ON A 2D SECTOR MESH
      • ANNOTATED CONTOUR LINES ON A 2D SECTOR MESH
      • ANNOTATED AND COLORED CONTOUR LINES ON A 2D SECTOR MESH
      • 3D COLORED CONTOUR LINES ON A 2D SECTOR MESH
      • SECTOR MESH LINES IN 3D, COLOURING BASED ON AVERAGE
      • SECTOR MESH LINES IN 3D, COLOURING BASED ON ISOVALUES
      • SECTOR MESH ELEMS IN 3D, CONSTANT COLOURING
      • SECTOR MESH ELEMS IN 3D, COLOURING BASED ON AVERAGE VALUE
      • VECTORS FIELD ON 2D SECTOR MESH
    • 4.5. TRIANGULAR MESH
      • TRIANGULAR MESH CHECKER
      • TRIANGULAR MESH LIMITS
      • TRIANGULAR MESH LINES IN 2D
      • ANNOTATED SOLID AND LINE CONTOURING ON A 2D TRIANGULAR MESH
      • SOLID CONTOURING ON A 2D TRIANGULAR MESH
      • ANNOTATED CONTOUR LINES ON A 2D TRIANGULAR MESH
      • ANNOTATED AND COLORED CONTOUR LINES ON A 2D TRIANGULAR MESH
      • 3D COLORED CONTOUR LINES ON A 2D TRIANGULAR MESH
      • VECTORS FIELD ON 2D TRIANGULAR MESH
    • 4.6. NON-STRUCTURED MESH OF TRIANGLES
      • LIMIT OF NON-STRUCTURED MESH OF TRIANGLES
      • LINES OF NON-STRUCTURED MESH OF TRIANGLES
      • ANNOTATED SOLID AND LINE CONTOURING ON A NON-STRUCTURED MESH OF TRIANGLES
      • SOLID CONTOURING ON A NON-STRUCTURED 2D MESH OF TRIANGLES
      • ANNOTATED CONTOUR LINES ON A NON-STRUCTURED 2D MESH OF TRIANGLES
      • ANNOTATED AND COLORED CONTOUR LINES ON A NON-STRUCTURED 2D MESH OF TRIANGLES
      • 3D COLORED CONTOUR LINES ON A NON-STRUCTURED 2D MESH OF TRIANGLES
      • VECTORS FIELD ON A NON-STRUCTURED 2D MESH OF TRIANGLES
    • 4.7. NON-STRUCTURED MESH OF QUADRANGLES
      • LIMIT OF A NON-STRUCTURED MESH OF QUADRANGLES
      • LINES OF A NON-STRUCTURED MESH OF QUADRANGLES
      • ANNOTATED SOLID AND LINE CONTOURING ON A NON-STRUCTURED MESH OF QUADRANGLES
      • SOLID CONTOURING ON A NON-STRUCTURED 2D MESH OF QUADRANGLES
      • ANNOTATED CONTOUR LINES ON A NON-STRUCTURED 2D MESH OF QUADRANGLES
      • ANNOTATED AND COLORED CONTOUR LINES ON A NON-STRUCTURED 2D MESH OF QUADRANGLES
      • 3D COLORED CONTOUR LINES ON A NON-STRUCTURED 2D MESH OF QUADRANGLES
      • VECTORS FIELD ON A NON-STRUCTURED 2D MESH OF QUADRANGLES
    • 4.8. NON-STRUCTURED HETEROGENEOUS MESH
      • LIMIT OF HETEROGENEOUS NON-STRUCTURED 2D MESH
      • LINES OF HETEROGENEOUS NON-STRUCTURED 2D MESH
      • ANNOTATED SOLID AND LINE CONTOURING ON A HETEROGENEOUS NON-STRUCTURED 2D MESH
      • SOLID CONTOURING ON A HETEROGENEOUS NON-STRUCTURED 2D MESH
      • ANNOTATED CONTOUR LINES ON A HETEROGENEOUS NON-STRUCTURED 2D MESH
      • ANNOTATED AND COLORED CONTOUR LINES ON A HETEROGENEOUS NON-STRUCTURED 2D MESH
      • 3D COLORED CONTOUR LINES ON A HETEROGENEOUS NON-STRUCTURED 2D MESH
      • VECTORS FIELD ON A HETEROGENEOUS NON-STRUCTURED 2D MESH
    • 4.9. CONTOURING PARAMETERS
      • 2D CONTOUR LINES PARAMETERS
  • 5
    Treatment of 3D
    Meshes
    • 5.1.PARALLELEPIPEDAL MESH
      • PARALLELEPIPEDAL MESH CHECKER
      • PARALLELEPIPEDAL MESH LINES
      • PARALLELEPIPEDAL MESH LIMIT
      • ISOLINES ON A CUT-PLANE OF A 3D PARALLELEPIPEDAL MESH
      • COLOR MAPPING ON A CROSS SECTION OF A 3D PARALLELEPIPEDAL MESH
      • LEVEL SURFACE OF A 3D PARALLELEPIPEDAL MESH
      • VECTORS FIELD ON A 3D PARALLELEPIPEDAL MESH
    • 5.2. HEXAHEDRAL MESH
      • HEXAHEDRAL MESH CHECKER
      • HEXAHEDRAL MESH LIMITS
      • ISOLINES ON A CUT-PLANE OF A 3D HEXAHEDRAL MESH IJK
      • COLOR MAPPING ON A CROSS SECTION OF A 3D HEXAHEDRAL MESH
      • LEVEL SURFACE OF A 3D HEXAHEDRAL MESH
      • VECTORS FIELD ON A 3D HEXAHEDRAL MESH
    • 5.3. CYLINDRICAL MESH
      • CYLINDRICAL MESH CHECKER
      • REPRESENTATION OF CYLINDRICAL MESH LINES
      • ISOLINES ON A CYLINDRICAL MESH CUT-PLANE
      • COLOR MAPPING ON A CROSS SECTION OF A 3D CYLINDRICAL MESH
      • LEVEL SURFACE OF A 3D CYLINDRICAL MESH
      • VECTORS FIELD ON A 3D CYLINDRICAL MESH
    • 5.4. SPHERICAL MESH
      • SPHERICAL MESH CHECKER
      • SPHERICAL MESH LINES
      • ISOLINES ON A SPHERICAL MESH CUT-PLANE
      • COLOR MAPPING ON A CROSS SECTION OF A 3D SPHERICAL MESH
      • LEVEL SURFACE OF A 3D SPHERICAL MESH
      • SURFACE-ISOLINES ON A SPHERE OF A SPHERICAL MESH
      • ISOLINES ON A SPHERE OF A SPHERICAL MESH
      • VECTORS FIELD ON A 3D SPHERICAL MESH
      • SURFACE DEFINED IN SPHERICAL COORDINATES
      • WIRE-FRAME SURFACE DEFINED IN SPHERICAL COORDINATES
      • SURFACE-ISOLINES ON A SURFACE DEFINED IN SPHERICAL COORDINATES
    • 5.5. NON STRUCTED MESH OF HEXAHEDRONS
      • SKIN OF NON-STRUTURED MESH OF HEXAHEDRONS
      • CONTOURING ON A CROSS SECTION OF A NON-STRUTURED MESH OF HEXAHEDRONS
      • COLOR MAPPING ON A CROSS SECTION OF A NON-STRUTURED MESH OF HEXAHEDRONS
      • LEVEL SURFACE OF A NON-STRUTURED MESH OF HEXAHEDRONS
      • VECTORS FIELD OF A NON-STRUTURED MESH OF HEXAHEDRONS
    • 5.6. NON STRUCTED MESH OF TETRAHEDRONS
      • SKIN OF NON-STRUTURED MESH OF TETRAHEDRONS
      • CONTOURING ON A CROSS SECTION OF A NON-STRUTURED MESH OF TETRAHEDRONS
      • COLOR MAPPING ON A CROSS SECTION OF A NON-STRUTURED MESH OF TETRAHEDRONS
      • LEVEL SURFACE OF A NON-STRUTURED MESH OF TETRAHEDRONS
      • VECTORS FIELD OF A NON-STRUTURED MESH OF TETRAHEDRONS
    • 5.7. NON STRUCTED HETEROGENEOUS MESH
      • SKIN OF A HETEROGENEOUS NON-STRUTURED 3D MESH
      • CONTOURING ON A CROSS SECTION OF A HETEROGENEOUS NON-STRUTURED 3D MESH
      • COLOR MAPPING ON A CROSS SECTION OF A HETEROGENEOUS NON-STRUTURED 3D MESH
      • LEVEL SURFACE OF A HETEROGENEOUS NON-STRUTURED 3D MESH
      • VECTORS FIELD OF A HETEROGENEOUS NON-STRUTURED 3D MESH
  • 6
    Voxel Visualization
    • VOXEL VOLUME REPRESENTATION
    • GENERALIZED HLS COLOUR TABLE FOR RENDERING VOXEL VOLUME
    • GRAY SCALE COLOUR TABLE FOR VOXEL VOLUME RENDERING
    • GENERAL COLOUR REPRESENTATION FOR VOXEL VOLUME RENDERING
    • SET HOMOGENEOUS LIST OF TRANSPARENCIES FOR VOXEL VOLUME RENDERING
    • SET LIST OF TRANSPARENCIES FOR VOXEL VOLUME RENDERING
  • 7
    Points Fields
    • COLOURED PARALLELEPIPEDS BASED ON A FIELD OF POINTS
    • MARKERS FIELD
    • 2D VECTORS FIELD
    • 3D VECTORS FIELD
    • CREATION OF A MESH GIVING A SET OF 2D POINTS
    • CONVERSION OF A 2D POINT FIELD TO A REGULAR RECTANGULAR MESH
    • CONVERSION OF A 2D POINT FIELD TO A REGULAR RECTANGUALR MESH WITH MESH LIMITS
    • CONVERSION OF A 2D POINT FIELD TO AN IRREGULAR RECTANGULAR MESH
    • CONVERSION OF A 3D POINT FIELD TO A REGULAR PARALLELEPIPEDAL MESH
    • CONVERSION OF A 3D POINT FIELD TO A REGULAR PARALLELEPIPEDAL MESH WITH MESH LIMITS
    • CONVERSION OF A 3D POINT FIELD TO AN IRREGULAR PARALLELEPIPEDAL
    • CONVERSION FROM A LIST OF TRIANGLE COORDINATES TO TRIANGLE-VERTEX NUMBERING
    • CONVERSION FROM TRIANGLE-VERTEX NUMBERING TO TRIANGLE-EDGE-VERTEX NUMBERING
  • 8
    Setting Vectors
    Fields
    • SELECTION CRITERIA FOR A 3D VECTORS FIELD
    • SELECTION CRITERIA FOR A 2D VECTORS FIELD
    • ELIMINATION CRITERIA OF VECTORS IN A VECTORS FIELD
    • REPRESENTATION CRITERIA OF VECTORS IN A VECTORS FIELD
  • 9
    Mesh Element Functions
    • COLOURED ISOSEGMENTS ON A TRIANGLE
    • COLOURED ISOSURFACES ON A TRIANGLE
    • ELEMENTARY ISOSURFACE ON A TETRAHEDRON
    • ELEMENTARY ISOSURFACE ON A TETRAHEDRON WITH SHADING
    • SET LIGHT DIRECTION FOR 3D ISOSURFACES
    • SET 3D ISOSURFACE COLOURS
  • 10
    Cut-Planes and
    Modelling Clipping
    • REPRESENTATION OF A CUT-PLANE
    • INSERTION OF A MODELLING CLIPPING PLANE
    • SET MODELLING CLIPPING INDICATOR OF A STRUCTURE
  • 11
    Color Table
    Definition
    • GENERALIZED GRADATION COLOUR TABLE
    • GRAY SCALE COLOUR TABLE
    • COLOUR TABLE OF SEVERAL HUES WITH LIGHTNESS GRADATION
  • Index